CN205838035U

CN205838035U - Stack bricks crossover mechanism

Info

Publication number: CN205838035U
Application number: CN201620611140.7U
Authority: CN
Inventors: 谭明中; 张甫学
Original assignee: Ziyang Jinggong Mechanics Co Ltd
Current assignee: Ziyang Jinggong Mechanics Co Ltd
Priority date: 2016-06-21
Filing date: 2016-06-21
Publication date: 2016-12-28
Anticipated expiration: 2026-06-21

Abstract

The utility model discloses one to stack bricks crossover mechanism, including body frame, pulling shaft, linear bearing, folder axle, brick folding cylinder and draw brick cylinder, described folder axle is fixedly connected on below body frame, some groups of grip blocks are also set up below described body frame, the fixing connection of distance rod is used between each group grip block, every piece of grip block is slidably mounted on folder axle by linear bearing level respectively, described pulling shaft one end is horizontal through each group of grip block and fixes, the other end is connected with the take-off lever drawing brick cylinder, brick cylinder is drawn to be fixedly installed on below body frame, the outfan of described brick folding cylinder is lengthened by connecting rod, then it is connected fixing to two ends and the described some groups of outermost grip blocks of grip block.The beneficial effects of the utility model are: can be applicable to brick field and adobe is drawn the process of brick crossover, instead of and manually draw brick crossover, reduce the labor intensity of workman, improve production efficiency；And draw the effect of brick crossover to be guaranteed, concordance is good, less is affected by human factors.

Description

Stack bricks crossover mechanism

Technical field

This utility model relates to one and stacks bricks crossover mechanism, code base process in brick and tile manufacturing.

Background technology

In brick field finished bricks production process, need adobe to become matrix according to certain way code base, be then fed into brickkiln. Due to code base mode, kiln car plane inequality reason, make that adobe can occur down base in sintering procedure, collapse base, and then clamping stagnation exists In kiln, it is delayed and produces.

Because above reason, when code base, need to make adobe displacement in situ, namely draw brick, so make Obtain and overlap into one between disjunct two little buttress, effect as shown in Figure 1.

Brick field, in order to prevent down base, generally requires manpower on automatic setting machine working foundation, manually draws brick.Little disconnected Face is it is generally required to 1 people pulls, and big cross section needs 2-3 talent's stretchy, expends substantial amounts of manpower, and production efficiency is low.

Utility model content

Goal of the invention of the present utility model is: for the problem of above-mentioned existence, it is provided that one stacks bricks crossover mechanism, is used for Replace during adobe code base manually carrying out drawing brick, to realize putting up a bridge between buttress.

The technical solution adopted in the utility model is such that

One stacks bricks crossover mechanism, including body frame, pulling shaft, linear bearing, folder axle, brick folding cylinder with draw brick cylinder, described Folder axle is fixedly connected on below body frame, also sets up some groups of grip blocks below described body frame, uses spacing between each group grip block Bar is fixing to be connected, and every piece of grip block is slidably mounted on folder axle by linear bearing level respectively, described pulling shaft one end level Through each group of grip block and fix, the other end is connected with the take-off lever drawing brick cylinder, draws brick cylinder to be fixedly installed on below body frame, The outfan of described brick folding cylinder is lengthened by connecting rod, then by two ends and the described some groups of outermost clampings of grip block Plate is fixing to be connected.

As preferably, the structure below described body frame is divided into symmetrical two parts, the equal pulling shaft of every part-structure, brick folding Cylinder and draw brick cylinder and be slidably mounted at folder axle on grip block.This preferred version is the most in hgher efficiency, Can simultaneously by each code base from phase reverse drawing, the ratio time of the scheme half to be saved before preferably, production efficiency is greatly improved.To this Preferred version carries out further preferably, and the grip block of two-part structure shares a folder axle.

As preferably, often group grip block includes three pieces or four pieces of grip blocks.

As preferably, described pulling shaft passes part or all of grip block.Pulling shaft is through the quantity of grip block, each grip block energy The tension intensity enough bearing pulling shaft determines.

In sum, owing to have employed technique scheme, the beneficial effects of the utility model are: can be applicable to brick field pair Adobe carries out drawing the process of brick crossover, instead of and manually draws brick crossover, reduces the labor intensity of workman, improves production effect Rate；And draw the effect of brick crossover to be guaranteed, concordance is good, less is affected by human factors.

Accompanying drawing explanation

Fig. 1 is the schematic diagram forming crossover between yard base process Parma.

Fig. 2 is brick folding schematic diagram of the present utility model.

Fig. 3 is of the present utility model to draw brick schematic diagram.

Fig. 4 is to draw the effect schematic diagram after brick crossover.

Labelling in figure: 1 is body frame, 2 is pulling shaft, and 3 is linear bearing, and 4 is folder axle, and 5 is brick folding cylinder, and 6 for drawing brick cylinder.

Detailed description of the invention

Below in conjunction with the accompanying drawings, this utility model is described in detail.

Embodiment 1:

One stacks bricks crossover mechanism, including body frame 1, pulling shaft 2, linear bearing 3, folder axle 4, brick folding cylinder 5 with draw brick cylinder 6, described folder axle 4 is fixedly connected on below body frame 1, also sets up some groups of grip blocks below described body frame 1, between each group grip block Using that distance rod is fixing to be connected, every piece of grip block is slidably mounted at by linear bearing 3 level respectively and presss from both sides on axle 4, described in draw Axle 2 one end is horizontal through each group of grip block and fixes, and the other end is connected with the take-off lever drawing brick cylinder 6, draws brick cylinder 6 to fix and sets Putting below body frame 1, the outfan of described brick folding cylinder 5 is lengthened by connecting rod, then by two ends and described some groups of folders Hold the fixing connection of the outermost grip block of plate.

Often group grip block includes three pieces or four pieces of grip blocks.

Described pulling shaft 2 is through part or all of grip block.

Embodiment 2:

The crossover mechanism as it is shown in figure 1, one stacks bricks, including body frame 1, pulling shaft 2, linear bearing 3, folder axle 4, brick folding cylinder 5 With draw brick cylinder 6, described folder axle 4 is fixedly connected on below body frame 1, also sets up some groups of grip blocks below described body frame 1, each group The fixing connection of distance rod, every piece of grip block is used to be slidably mounted at folder axle 4 by linear bearing 3 level respectively between grip block On, described pulling shaft 2 one end horizontal through each group of grip block and is fixed, and the other end is connected with the take-off lever drawing brick cylinder 6, draws brick gas Cylinder 6 is fixedly installed on below body frame 1, and the outfan of described brick folding cylinder 5 is lengthened by connecting rod, then by two ends with described The some groups of fixing connections of the outermost grip block of grip block.Often group grip block includes three pieces or four pieces of grip blocks.

Described pulling shaft 2 is through part or all of grip block.

Structure below described body frame 1 is divided into symmetrical two parts, as shown in Figure 2.Every equal pulling shaft of part-structure 2, Brick folding cylinder 5 and draw brick cylinder 6 and be slidably mounted at the grip block on folder axle 4.The grip block of two-part structure shares one Root pulling shaft 2.

In embodiment 2, start brick folding cylinder 5, by each group of grip block tension, thus adobe is clamped, then start and draw brick Cylinder 6, draws each group of adobe toward left and right directions respectively, as it is shown on figure 3, draw the effect of brick crossover as shown in Figure 4.

In embodiment 1, adobe can only be drawn toward a direction.Comparing embodiment 1, embodiment 2 has some advantage: be supported on Setting machine stress left-right balance above frame, it is not easy to skew；The two-part grip block in left and right shares a pulling shaft 2, The stress balance of frame is more preferable；Adobe can be drawn in the lateral direction to carry out crossover, the twice being equivalent to embodiment 1 produces effect simultaneously Rate.

Claims

1. the crossover mechanism that stacks bricks, it is characterised in that: include body frame (1), pulling shaft (2), linear bearing (3), folder axle (4), folder Brick cylinder (5) and draw brick cylinder (6), described folder axle (4) is fixedly connected on body frame (1) lower section, and described body frame (1) lower section also sets up Some groups of grip blocks, use the fixing connection of distance rod between each group grip block, every piece of grip block is respectively by linear bearing (3) water Flat being slidably mounted on folder axle (4), described pulling shaft (2) one end is horizontal through each group of grip block and fixes, the other end with draw brick The take-off lever of cylinder (6) connects, and draws brick cylinder (6) to be fixedly installed on body frame (1) lower section, the outfan of described brick folding cylinder (5) Lengthened by connecting rod, be then connected fixing to two ends and the described some groups of outermost grip blocks of grip block.

The crossover mechanism that stacks bricks the most according to claim 1, it is characterised in that: the structure of described body frame (1) lower section is divided into a left side Two parts of right symmetry, the equal pulling shaft of every part-structure (2), brick folding cylinder (5) and draw brick cylinder (6) and be slidably mounted at folder Grip block on axle (4).

The crossover mechanism that stacks bricks the most according to claim 2, it is characterised in that: the grip block of two-part structure shares a folder Axle (4).

The crossover mechanism that stacks bricks the most according to claim 1 and 2, it is characterised in that: often group grip block includes three pieces or four pieces Grip block.

The crossover mechanism that stacks bricks the most according to claim 1, it is characterised in that: described pulling shaft (2) is through partly or entirely folder Hold plate.